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November 22, 2016
Virtual Experiences Will Drive VR Devices to Mainstream
November 18, 2016
Intel Unveils Broad AI Vision
November 15, 2016
Ready or Not, We’re Entering an AI World
November 11, 2016
Oculus Software Update Lowers PC Requirements for VR Headset
November 8, 2016
The Best Automotive Tech Opportunity? Make Existing Cars Smarter
November 1, 2016
It’s Time for an IoT Security Standard
October 25, 2016
The Indefatigable PC
October 21, 2016
Tesla Hardware Upgrade to Enable More Autonomous Cars
October 18, 2016
Can IT Survive?
October 14, 2016
Sony PlayStation VR Brings Virtual Reality to the Masses
October 11, 2016
Galaxy Note 7: The Death of a Smartphone
October 4, 2016
Service Providers Still Act Like Utilities
September 30, 2016
Google Updates Their Cloud Offerings
September 27, 2016
The Andromeda Strain
September 13, 2016
Apple's Missed Audio Opportunity
September 9, 2016
Traditional IT Companies Announce Major Changes: Dell, HP Enterprise, Intel
September 6, 2016
Rethinking Smart Home Gateways
August 30, 2016
Ridesharing Impact Dramatically Overstated
August 23, 2016
Consumer Interest in Auto Tech? Slower Than You Think
August 19, 2016
Intel Focuses on Automotive
August 16, 2016
The Utility of Cloud Computing
August 12, 2016
Intel Purchases AI Chip Vendor
August 9, 2016
The Digital Identity Dilemma
August 2, 2016
IoT Strategies Going Vertical
July 29, 2016
Yahoo-Verizon Deal
July 26, 2016
Creating New Worlds
July 19, 2016
The State of Smart Homes
July 15, 2016
US PC Market Shows Improvement
July 12, 2016
Pokemon Go is an AR Watershed
July 5, 2016
Car Wars: The Battle for Automotive Tech
July 1, 2016
Microsoft Announces Windows 10 Anniversary Update
June 28, 2016
Digital Audio Progress Highlights Tech’s More Human Future
June 24, 2016
HP Inc. Offers Thinnest Notebook
June 21, 2016
IoT Faces Challenges with Scale
June 17, 2016
Snapchat Opens Up New Options for Marketers
June 14, 2016
Apple Drives Apps into Services
June 7, 2016
The Evolution of Cloud Computing
May 31, 2016
Voice-Based Computing with Digital Assistants
May 24, 2016
Turning Makers into Manufacturers
May 20, 2016
Google Brings Android Apps to Chrome
May 17, 2016
Virtual Reality Brings New Life…to Desktops?
May 10, 2016
The Biggest Question for IoT…Who Pays?
May 3, 2016
Learning About Deep Learning
April 26, 2016
The End of Hardware?
April 19, 2016
Enterprise IoT Drives Indirect Savings
April 12, 2016
TidBits About Bots
April 5, 2016
VR in the Cloud
March 29, 2016
IOT Will Drive Tech Outside of IT
March 22, 2016
Apple Moves to Middle Age
March 15, 2016
The Invisible Platform
March 8, 2016
Bringing Makers to Business
March 1, 2016
IOT Coming Into Focus
February 23, 2016
The Devices Formerly Known as Smartphones
February 16, 2016
Can Web Music Survive?
February 9, 2016
The Growing Choices in Wireless Connectivity
February 2, 2016
What if Twitter Died?
January 26, 2016
Smart Home Safety Evolution: Physical to Digital
January 19, 2016
The Promise and Confusion of USB Type-C
January 12, 2016
The Hottest Computing Device? Cars
January 5, 2016
Top Tech Predictions for 2016, Part 2
December 30, 2015
Top Tech Predictions for 2016, Part 1
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November 29, 2016
By Bob O'Donnell
Sometimes, it’s what’s inside that counts more than what we can see on the outside. That’s certainly the case with people, and increasingly, I think, it’s going to be the case with tech devices.
Many of the most impressive breakthroughs in our favorite gadgets are driven almost completely by critical new breakthroughs in component technologies: chips and other semiconductors, displays, sensors, and much more. Just this week, in fact, there were reports that Apple might offer a curved display on next year’s iPhone, and that HP Enterprise had debuted the first working prototype of a dramatically different type of computing device that they dub The Machine.
In both cases, it’s critical component technologies that are enabling these potentially breakthrough end products. In the iPhone’s case, it would be because of bendable OLED displays being produced by companies such as LG Display and Samsung Electronics’ display division. For The Machine, HP’s own new memory and optical interconnect chips are the key enablers for computing performance that’s touted to be as much as 8,000 times faster than today’s offerings.
Long-time tech industry observers know that the real trick to figuring out where product trends are going is to find out what the most important component technologies being developed are, then learn about them and their timeline for introduction. That isn’t always as easy as it sounds, however, because semiconductor and other component technologies can get very complicated, very quickly.
Still, there’s no better way to find out the future of tech products and industry trends than to dive into the component market headfirst. Fortunately, many major tech component vendors are starting to make this easier for non-engineers, because they’ve recognized the importance of telling their stories and explaining the unique value of their products and key technologies.
From companies like Sandisk describing the performance and lifetime benefits of solid state drives (SSDs) inside PCs, to chipmakers like nVidia describing the work in artificial intelligence (AI) that GPUs can achieve, we’re starting to see a lot more public efforts to educate even dedicated consumers, as well as investors and other interested observers, to the benefits of critical component technologies.
Given the increasing maturity and stabilization of many popular tech product categories, I believe we’re going to start seeing an increased emphasis on changes to the “insides” of popular devices. Sure, we’ll eventually see radical outward-facing form factor changes such as smartphones with screens you fold and unfold, but those will only happen once we know that the necessary bendable components can be mass produced.
Of course, the ideas behind what I’m describing aren’t new. Starting in the early 1990s and running for many years, chip maker Intel ran an advertising campaign built around the phrase “Intel Inside” to build brand recognition and value for its CPUs, or central processing units--the hidden “brains” inside many of our popular devices.
The idea was to create what is now commonly called an ingredient brand—a critical component, but not a complete, standalone product. The message Intel was able to deliver (and that still resonates today) is that critical components—even though you typically never see them—can have a big influence on the end device’s quality, just as ingredients in a dish can have a large influence on how it ultimately tastes.
Since then, many other semiconductor chip, component and technology licensing companies (think Dolby for audio or ARM for low-power processors, for example) have done their own variations on this theme to build improved perceptions both of their products and the products that use them. Chip companies like AMD, Qualcomm, and many others, are also working to build stronger and more widely recognized brands that are associated with important, but understandable technology benefits.
Most consumers will never buy products directly from these and other major component companies. However, as tech product cycles lengthen and industry maturity leads to slower changes in basic device shapes and sizes, consumers will start to base more of their final product purchase decisions on the ingredients from which those products are made.
Here's a link to the column: https://techpinions.com/the-magic-inside-your-devices/48116
Bob O’Donnell is the president and chief analyst of TECHnalysis Research, LLC a market research firm that provides strategic consulting and market research services to the technology industry and professional financial community. You can follow him on Twitter @bobodtech.
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